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Titlebook: Carbide, Nitride and Boride Materials Synthesis and Processing; Alan W. Weimer (Professor of Chemical Engineering) Book 1997 Chapman & Hal

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Processesf a self-propagating combustion wave. In this chapter, discussions will focus on the use of these highly exothermic reactions for manufacturing advanced non-oxide ceramic powders. Examples will be given that illustrate how the nature of these reactions impacts the product characteristics, reactor design and process development.
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Non-Oxide Materials: Applications and Engineeringmproved performance, unique design capability and cost advantages have been explicitly utilized. Exploiting the advantages of their unique properties combined with the availability of complex shapes, several industries such as mining and metallurgical, paper and pulp, commodity and specialty chemica
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Acheson Processdescribe crystals that he made in an experiment which had the real goal of making a diamond-like crystal from carbon and alundum (Acheson, 1893). Using a primitive electric furnace of his own design, he in fact made Sic. Acheson immediately designed a more efficient electric furnace and soon a profi
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Thermochemistry and Kineticsand intermetallic materials (Merzhanov, 1993; Pampuch, Stobierski and Lis, 1994). This method has received considerable attention as an alternative to conventional furnace technology. The principal concept of this technique is that, once initiated, a highly exothermic reaction can become self-sustai
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